| Customization: | Available |
|---|---|
| After-sales Service: | Online Support |
| Usage: | Lighting, Optical |
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| Product Name: | Anti Blue Light Series Lens |
| Index: | 1.49/1.56/1.67/1.74 |
| Material: | Resin |
| Abbe Value: | 58/37.3/33.8/32.0/32.0 |
| Power Range: | -8.00/-2.00+6.00/-2.00 |
| Diameter: | 65/70/72/75 |
| Coating: | Blue/Green |
Sunlight—a dazzling symphony of colors including red, orange, yellow, green, and blue—brings together varying shades of each hue. These colors, each with their own unique energy and wavelength, combine to form the radiant 'white light' we recognize as sunlight. It's this splendid spectrum of electromagnetic radiation that bathes our world in light.
To simplify the complexities of physics, light rays are measured by their wavelengths, which inversely relate to energy content. Rays boasting longer wavelengths harbor less energy, while those with shorter wavelengths pack a more energetic punch.
On the grand spectrum of visible light, red rays leisurely stretch with longer wavelengths and gentle energy. In contrast, blue rays hustle across shorter wavelengths, pulsating with vibrant energy.
Electromagnetic rays just beyond the soothing red visible spectrum are known as infrared. While these rays warm our surroundings invisibly, think of the cozy heat lamps in eateries—these gizmos emit comforting infrared radiation. Although they shine with visible red light as an indicator, their warmth comes from the infrared rays.
At the opposing end of the spectrum, blue light shines with the shortest wavelengths and most potent energy, often referred to as blue-violet or violet light. Beyond this lies ultraviolet (UV) radiation—these invisible rays add to the spectrum's intriguing complexity.
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